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Voltage and TDP question

Voltage and TDP question

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Char1ie_XD
Senior Member
578
08-05-2016, 04:52 AM
#1
Could you clarify if you're asking about the relationship between CPU voltage and maximum TDP?
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Char1ie_XD
08-05-2016, 04:52 AM #1

Could you clarify if you're asking about the relationship between CPU voltage and maximum TDP?

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ariel_8888
Member
214
08-05-2016, 05:14 AM
#2
someone asked if raising the CPU voltage affects the maximum TDP of the CPU. The answer is yes, it does. This increases power usage and heat generation. However, the term they used might not match what you intended.

They mentioned a 120W max TDP motherboard for a CPU and an ASRock N68C-GS FX motherboard with a 95W max TDP CPU. They wondered if changing the core voltage in BIOS could damage the motherboard or cause the PC to fail.
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ariel_8888
08-05-2016, 05:14 AM #2

someone asked if raising the CPU voltage affects the maximum TDP of the CPU. The answer is yes, it does. This increases power usage and heat generation. However, the term they used might not match what you intended.

They mentioned a 120W max TDP motherboard for a CPU and an ASRock N68C-GS FX motherboard with a 95W max TDP CPU. They wondered if changing the core voltage in BIOS could damage the motherboard or cause the PC to fail.

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boss_ot
Junior Member
43
08-22-2016, 03:12 PM
#3
The TDP is a constant value and represents the CPU's typical power consumption at default settings. This contrasts with real-world power usage which can be significantly higher, especially when operating at higher voltages. For example, a 5960x can reach up to 300 watts under OC conditions, while models like 4770k, 4790k, and 6700k may only hit around 130 watts. You can monitor power consumption using HWiNFO (run sensors only).
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boss_ot
08-22-2016, 03:12 PM #3

The TDP is a constant value and represents the CPU's typical power consumption at default settings. This contrasts with real-world power usage which can be significantly higher, especially when operating at higher voltages. For example, a 5960x can reach up to 300 watts under OC conditions, while models like 4770k, 4790k, and 6700k may only hit around 130 watts. You can monitor power consumption using HWiNFO (run sensors only).

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65
08-23-2016, 05:02 AM
#4
The TDP remains constant and represents the CPU's typical power consumption at default settings. This contrasts with real-world power usage, which can be significantly higher—especially when operating at higher voltages. For example, a 5960x can hit around 300 watts, while models like 4770k, 4790k, or 6700k may reach 130 watts. You can monitor power consumption using HWiNFO (run sensors only). I have HWiNFO, but it doesn't display the actual TDP being used by my CPU at the time.
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blackveilsiren
08-23-2016, 05:02 AM #4

The TDP remains constant and represents the CPU's typical power consumption at default settings. This contrasts with real-world power usage, which can be significantly higher—especially when operating at higher voltages. For example, a 5960x can hit around 300 watts, while models like 4770k, 4790k, or 6700k may reach 130 watts. You can monitor power consumption using HWiNFO (run sensors only). I have HWiNFO, but it doesn't display the actual TDP being used by my CPU at the time.

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SoyDash
Posting Freak
859
08-30-2016, 08:54 AM
#5
TDP is listed solely on the specification sheet and remains constant. To monitor energy consumption, scroll further below the Core Temperatures section.
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SoyDash
08-30-2016, 08:54 AM #5

TDP is listed solely on the specification sheet and remains constant. To monitor energy consumption, scroll further below the Core Temperatures section.

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DJKiller22
Member
138
08-31-2016, 12:24 AM
#6
TDP is listed solely on the specification sheet and remains constant. Tracking power consumption should be done below the Core Temps section.
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DJKiller22
08-31-2016, 12:24 AM #6

TDP is listed solely on the specification sheet and remains constant. Tracking power consumption should be done below the Core Temps section.

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Xxunidemonxx
Member
214
08-31-2016, 03:25 AM
#7
As Jack has mentioned before, Thermal Design Power (TDP) remains constant since it's defined by Intel as a specification measured in Watts. Increasing the processor's power output through overclocking also results in higher Watts being emitted. Raising a 95 Watt TDP processor to 125 Watts would surpass the TDP by about 32%. Power equals Watts, and while TDP is a fixed specification rather than a real-time measurement, many monitoring tools treat Watts as an active reading. Got it?
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Xxunidemonxx
08-31-2016, 03:25 AM #7

As Jack has mentioned before, Thermal Design Power (TDP) remains constant since it's defined by Intel as a specification measured in Watts. Increasing the processor's power output through overclocking also results in higher Watts being emitted. Raising a 95 Watt TDP processor to 125 Watts would surpass the TDP by about 32%. Power equals Watts, and while TDP is a fixed specification rather than a real-time measurement, many monitoring tools treat Watts as an active reading. Got it?

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AWSOMO3000
Member
166
09-01-2016, 03:14 AM
#8
when i raise the voltage, does the tdp remain constant or keep rising?
the tdp is just a figure on paper; you can only alter it by checking the spec sheet, altering the numbers, or changing the display.
https://en.wikipedia.org/wiki/Thermal_design_power
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AWSOMO3000
09-01-2016, 03:14 AM #8

when i raise the voltage, does the tdp remain constant or keep rising?
the tdp is just a figure on paper; you can only alter it by checking the spec sheet, altering the numbers, or changing the display.
https://en.wikipedia.org/wiki/Thermal_design_power

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HeroMinion
Junior Member
26
09-01-2016, 04:37 AM
#9
This explanation clarifies the relationship between CPU voltage and maximum TDP. Increasing the voltage can lead to higher power usage and heat generation. However, the term you used isn't accurate for what you intended to ask about.
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HeroMinion
09-01-2016, 04:37 AM #9

This explanation clarifies the relationship between CPU voltage and maximum TDP. Increasing the voltage can lead to higher power usage and heat generation. However, the term you used isn't accurate for what you intended to ask about.

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Twiistersz
Member
52
09-01-2016, 06:24 AM
#10
when adjusting the voltage, does the TDP remain unchanged or change? The TDP is a theoretical value; it appears in documentation. To alter it, you need to modify the spec sheet and adjust the numbers.
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Twiistersz
09-01-2016, 06:24 AM #10

when adjusting the voltage, does the TDP remain unchanged or change? The TDP is a theoretical value; it appears in documentation. To alter it, you need to modify the spec sheet and adjust the numbers.

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